PROBING INCREASED CHARACTERISTICS AT RELIABLE CONNECTION WITH LOW DELAY Russian patent published in 2019 - IPC H04L1/00 

Abstract RU 2677369 C1

FIELD: computer equipment.

SUBSTANCE: invention relates to the field of computer equipment. Method comprises the steps of: transmitting the first transport block using the set of properties of the transport transmission to the receiving node; transmitting the probe unit to the receiving node using the set of properties of the probe transmission, the probing unit contains payload data also contained in said transport unit; reconfiguring the set of transport transmission properties for the additional transport blocks based on the information transmitted by the receiving node and indicating that the receiving node is successfully decoded with the probing block.

EFFECT: efficient use of resources.

15 cl, 15 dwg, 2 tbl

Similar patents RU2677369C1

Title Year Author Number
DYNAMIC DISPLACEMENT MCS FOR SHORT TTI 2018
  • Zhao, Hongxia
  • Li, Jingya
  • Falconetti, Laetitia
  • Sundberg, Marten
  • Chen Larsson, Daniel
  • Sahlin, Henrik
RU2718120C1
NETWORK ARCHITECTURE, METHODS AND DEVICES FOR A WIRELESS COMMUNICATION NETWORK 2017
  • Parkvall, Stefan
  • Abrahamsson, Richard
  • Aktas, Ismet
  • Alriksson, Peter
  • Ansari, Junaid
  • Ashraf, Shehzad Ali
  • Asplund, Henrik
  • Athley, Fredrik
  • Axelsson, Hakan
  • Axmon, Joakim
  • Axnas, Johan
  • Balachandran, Kumar
  • Baldemair, Robert
  • Bark, Gunnar
  • Berg, Jan-Erik
  • Bergstrom, Andreas
  • Bjorkegren, Hakan
  • Brahmi, Nadia
  • Capar, Cagatay
  • Carlsson, Anders
  • Cedergren, Andreas
  • Coldrey, Mikael
  • Da Silva, Icaro L. J.
  • Dahlman, Erik
  • El Essaili, Ali
  • Engstrom, Ulrika
  • Ericson, Marten
  • Eriksson, Erik
  • Fallgren, Mikael
  • Fan, Rui
  • Fodor, Gabor
  • Frenger, Pal
  • Friden, Jonas
  • Froberg Olsson, Jonas
  • Furuskar, Anders
  • Furuskog, Johan
  • Garcia, Virgile
  • Gattami, Ather
  • Gunnarsson, Fredrik
  • Gustavsson, Ulf
  • Hagerman, Bo
  • Harrysson, Fredrik
  • He, Ning
  • Hessler, Martin
  • Hiltunen, Kimmo
  • Hong, Songnam
  • Hui, Dennis
  • Huschke, Jorg
  • Irnich, Tim
  • Jacobsson, Sven
  • Jalden, Niklas
  • Jarmyr, Simon
  • Jiang, Zhiyuan
  • Johansson, Martin
  • Johansson, Niklas
  • Kang, Du Ho
  • Karipidis, Eleftherios
  • Karlsson, Patrik
  • Khayrallah, Ali S.
  • Kilinc, Caner
  • Klang, Goran N.
  • Kronander, Jonas
  • Landstrom, Sara
  • Larsson, Christina
  • Li, Gen
  • Lincoln, Bo
  • Lindbom, Lars
  • Lindgren, Robert
  • Lindoff, Bengt
  • Lindqvist, Fredrik
  • Liu, Jinhua
  • Lohmar, Thorsten
  • Lu, Qianxi
  • Manholm, Lars
  • Maric, Ivana
  • Medbo, Jonas
  • Miao, Qingyu
  • Mildh, Gunnar
  • Moosavi, Reza
  • Muller, Walter
  • Myhre, Elena
  • Nilsson, Johan
  • Norrman, Karl
  • Olsson, Bengt-Erik
  • Palenius, Torgny
  • Peisa, Janne
  • Petersson, Sven
  • Pradas, Jose Luis
  • Prytz, Mikael
  • Queseth, Olav
  • Ramachandra, Pradeepa
  • Ramos, Edgar
  • Reial, Andres
  • Rimhagen, Thomas
  • Ringh, Emil
  • Rugeland, Patrik
  • Rune, Johan
  • Sachs, Joachim
  • Sahlin, Henrik
  • Saxena, Vidit
  • Seifi, Nima
  • Selen, Yngve
  • Semaan, Eliane
  • Sharma, Sachin
  • Shi, Cong
  • Skold, Johan
  • Stattin, Magnus
  • Stjernman, Anders
  • Sundman, Dennis
  • Sundstrom, Lars
  • Tercero Vargas, Miurel Isabel
  • Tidestav, Claes
  • Tombaz, Sibel
  • Torsner, Johan
  • Tullberg, Hugo
  • Vikberg, Jari
  • Von Wrycza, Peter
  • Wager, Stefan
  • Walldeen, Thomas
  • Wallen, Anders
  • Wallentin, Pontus
  • Wang, Hai
  • Wang Helmersson, Ke
  • Wang, Jianfeng
  • Wang, Yi-Pin Eric
  • Werner, Karl
  • Wiberg, Niclas
  • Wittenmark, Emma
  • Yilmaz, Osman Nuri Can
  • Zaidi, Ali
  • Zhang, Zhan
  • Zhang, Zhang
  • Zheng, Yanli
RU2693848C1
COMPONENT CARRIER ACTIVATION IN COMMUNICATION SYSTEMS USING CARRIER AGGREGATION 2011
  • Fojerzenger Martin
  • Ler Joakhim
  • Golichek Ehdler Fon Ehl'Bvart Aleksander
  • Vengerter Kristian
RU2574610C2
BASE STATIONS AND METHODS 2019
  • Nogami, Toshizo
  • Nakashima, Daiichiro
  • Suzuki, Shoichi
  • Ouchi, Wataru
  • Yoshimura, Tomoki
  • Lee, Taewoo
  • Lin, Huifa
RU2795823C2
STRUCTURE TO CONTROL TRANSIT RETRANSMISSION TO SUPPORT SEVERAL HARQ PROCESSES 2010
  • Nam Jang-Khan
  • Van Jan'
  • Chzhan Tszjan'Chzhun
  • Kkhan Faruk
RU2485686C1
FILTERING FALSE ALARMS OF SEMIPERMANENT SCHEDULING 2009
  • Mejlan Arno
  • Montokho Khuan
RU2449508C1
METHOD FOR SCHEDULING RETRANSMISSIONS FOR CONFIGURED GRANTS IN AN NR SYSTEM WITH UNLICENSED SPECTRUM 2019
  • Lunttila Timo
  • Schober Karol
  • Rosa Claudio
RU2784411C1
METHOD AND USER EQUIPMENT FOR COMPRESSING HARQ FEEDBACK 2016
  • Li Shaohua
  • Song Xinghua
  • Liu Jinhua
RU2679245C1
FRAMING, SCHEDULING AND SYNCHRONIZATION IN WIRELESS COMMUNICATION SYSTEMS 2016
  • Marne, Pol
  • Pelte, Zhislen
  • Pelte, Benua
  • Li, Moon-Il
  • Rudolf, Marian
  • Pani, Diana
RU2694586C1
DETERMINISTIC BEHAVIOR OF UE FOR REPORTING CSI/SRS DURING DRX 2013
  • Loehr, Joachim
  • Suzuki, Hidetoshi
  • Basu Mallick, Prateek
RU2739584C2

RU 2 677 369 C1

Authors

Axmon, Joakim

Alriksson, Peter

Andgart, Niklas

Dates

2019-01-16Published

2015-04-29Filed